The World Administrative Radio Conference (WARC) held in 1992 allocated the bands 19.7-20.2 GHz and 29.5-30.0 GHz to both the Mobile Satellite Service (MSS) and the Fixed Satellite Service (FSS) on a co-primary basis. An economic and flexible solution for the provision of both services is to place both payloads on one spacecraft. Some of the proposed applications of such a hybrid satellite network are described. It also examines the facility for spectrum sharing between the various applications and discusses the impact on coordination. It is concluded that the coordination process would not be more onerous than traditional FSS inter-satellite coordination
Satellite systems in which the space segment operates in the 30/20 GHz frequency band are defined an...
The use of satellites for mobile radio service in non-urban areas of the United States in the years ...
In the context of a discussion of international cooperation, coordination and competition regarding ...
The possibility of sharing spectrum in the 30/20 GHz band between geostationary fixed-satellite syst...
A review of the future options open to satellite system planners focuses attention on the use of the...
The use of the 18 and 30 GHz bands for fixed service satellite communications is examined. Primary o...
An examination of a multiplicity of interconnected parameters ranging from specific technology detai...
Rain attenuation in the 20/30 GHz bands, and the resultant impact on system user costs were estimate...
The characteristics of 30/20 GHz usage in satellite systems to be used in support of projected commu...
During the past few years, a worldwide interest and unanimous consensus has arisen on personal commu...
During the past few years, a worldwide interest and unanimous consensus has arisen on personal commu...
The World Administrative Radio Conference of 1992 (WARC 92) was held in Torremolinos, Spain, 3 Feb. ...
Spar Aerospace has been active in the design and definition of Mobile Satellite Systems since the mi...
In this article we develop a database-based spectrum access for the Ka band, allowing fixed satellit...
Future space applications are likely to rely heavily on Ka-band frequencies (20-40 GHz) for communic...
Satellite systems in which the space segment operates in the 30/20 GHz frequency band are defined an...
The use of satellites for mobile radio service in non-urban areas of the United States in the years ...
In the context of a discussion of international cooperation, coordination and competition regarding ...
The possibility of sharing spectrum in the 30/20 GHz band between geostationary fixed-satellite syst...
A review of the future options open to satellite system planners focuses attention on the use of the...
The use of the 18 and 30 GHz bands for fixed service satellite communications is examined. Primary o...
An examination of a multiplicity of interconnected parameters ranging from specific technology detai...
Rain attenuation in the 20/30 GHz bands, and the resultant impact on system user costs were estimate...
The characteristics of 30/20 GHz usage in satellite systems to be used in support of projected commu...
During the past few years, a worldwide interest and unanimous consensus has arisen on personal commu...
During the past few years, a worldwide interest and unanimous consensus has arisen on personal commu...
The World Administrative Radio Conference of 1992 (WARC 92) was held in Torremolinos, Spain, 3 Feb. ...
Spar Aerospace has been active in the design and definition of Mobile Satellite Systems since the mi...
In this article we develop a database-based spectrum access for the Ka band, allowing fixed satellit...
Future space applications are likely to rely heavily on Ka-band frequencies (20-40 GHz) for communic...
Satellite systems in which the space segment operates in the 30/20 GHz frequency band are defined an...
The use of satellites for mobile radio service in non-urban areas of the United States in the years ...
In the context of a discussion of international cooperation, coordination and competition regarding ...